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| Categories | Fiber Optic Gyroscope |
|---|---|
| Brand Name: | Liocrebif |
| Model Number: | LKF-F3G70 |
| Certification: | GJB 9001C-2017 |
| Place of Origin: | China |
| MOQ: | 1 |
| Price: | 5000-25000CHY |
| Payment Terms: | T/T |
| Supply Ability: | 10000 |
| Delivery Time: | 2-4 weeks |
| Packaging Details: | Wooden box/Cardboard box/Container |
| Color&Classification: | LKF-F3G70 |
| Dimensions: | 6.1±0.01×6.1±0.01×2.8±0.01cm |
| Module Type: | Gyroscope |
| Brand: | LIOCREBIF |
| Application: | Medium-high precision inertial navigation system, Positioning and orientation system, Servo stabilization system |
| Electricity: | RS422 |
| Original Place: | China |
| Company Info. |
| Wuhan Liocrebif Technology Co., Ltd |
| Verified Supplier |
| View Contact Details |
| Product List |
Introduction
LKF-F3G70 three-axis fiber optic gyroscope is an inertial angular rate sensor based on the optical Sagnac effect, designed to measure the angular velocity of the carrier along the product's sensitive axis. The angular velocity sensing unit of this product is an optical fiber ring. It employs a digital closed-loop detection circuit to extract the path difference of light propagating clockwise and counterclockwise caused by external physical angular velocity, which is sensitive to the optical fiber ring. Simultaneously, the path difference signal is converted into a voltage signal for closed-loop feedback and control, achieving signal modulation and demodulation to realize high-precision angular velocity signal detection.
Table 1 Performance parameters of LKF-F3G70 Three-axis FOG
No. | Test items | Unit | Technical Requirement | |
1 | Start-up time | s | 5 | |
2 | Bias stability at normal temperature (10 s smoothing) | (°)/h | ≤0.05 | ≤0.03 |
3 | Bias stability at variable temperature (1°C/min temperature change, 100 s smoothing) | (°)/h | ≤0.03 | ≤0.03 |
4 | Bias repeatability | (°)/h | ≤0.015 | ≤0.015 |
5 | Bias magnetic sensitivity | (°)/h/Gs | ≤0.01 | |
6 | Random walk coefficient | (°)/h^1/2 | ≤0.003 | |
7 | Scale factor nonlinearity | ppm | ≤10 | |
8 | Scale factor asymmetry | pp | ≤5 | |
9 | Scale factor repeatability | ppm | ≤10 | |
10 | Threshold | (°)/h | ≤0.015 | |
11 | Resolution | (°)/h | ≤0.015 | |
12 | Bandwidth | Hz | ≥200 | |
13 | Operating temperature | ℃ | -45~+70 | |
14 | Storage temperature | ℃ | -55～+85 | |
15 | Dynamic range | (°)/s | ±300 | |
16 | Supply voltage | V | +5 | |
17 | Room temperature steady-state power consumption | W | ≤4 | |
18 | Full temperature range steady-state power consumption | W | ≤8 | |
19 | Startup transient current | A | ＜2 | |
Table 2 The Electrical Interface Of The Gyroscope Uses J30JZLN9ZKCA000 Connector
No. | Definition | Notes |
1 | +5V | Power supply input |
2 | GND | Power supply ground |
3 | Reserved | -- |
4 | RXD+ | Gyro differential select positive |
5 | TXD+ | Gyro RS422 output positive |
6 | +5V | Power supply input |
7 | GND | Power supply ground |
8 | RXD- | Gyro differential select negative |
9 | TXD- | Gyro RS422 output negative |
Main Features
Dual-module integration
Multi-parameter synchronous output
Optical inertial sensing
Application
Medium-high precision inertial navigation system
Positioning and orientation system
Servo stabilization system
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